A-to-Z Cells
One of key interest areas of Cellatoz Therapeutics, Inc. is to seek and discover novel therapeutic cells characterized by distinctive biological markers and we have secured several unique proprietary cells applied to our pipeline programs and induction & culture methods of those cells so far. We believe that Cellatoz’s proprietary A-to-Z cells may cure intractable diseases and serious medical conditions by regenerating damaged tissues or regulating immune balances of patients and expect these A-to-Z cells to boost remarkable growths of ‘Regenerative Medicine’ in near future.
MusculoSkeletal Stem Cells (MSSC)
MusculoSkeletal Stem Cells (MSSC)
Musculoskeletal stem cell is a novel stem cells differentiated from either ESC (embryonic stem cell) or iPSC (induced pluripotent stem cell) that have not been reported to the academic community until now, and Cellatoz and Professor MK Han discovered this cell and its differentiation technology for the first time globally. According to our researches, MSSCs have been terminally differentiated into cells of mesoderm-lineage tissues such as bones, cartilage, ligaments, muscles etc.
Schwann cells
Schwann cells are cells surrounding axons of neurons in the peripheral nervous system and forming myelin sheaths by themselves in the normal situation. In case of neuronal damages (e.g. disconnections of axons), it guides axon sprouts of the damaged neuron and finally helps the damaged neurons make new connections between the neurons. Cellatoz Therapeutics, Inc. has proprietary Schwann Cell differentiation techniques from tonsil MSC (mesenchymal stem cells) and other source cells.
Schwann cells
Schwann cells
Schwann cells are cells surrounding axons of neurons in the peripheral nervous system and forming myelin sheaths by themselves in the normal situation. In case of neuronal damages (e.g. disconnections of axons), it guides axon sprouts of the damaged neuron and finally helps the damaged neurons make new connections between the neurons. Cellatoz Therapeutics, Inc. has proprietary Schwann Cell differentiation techniques from tonsil MSC (mesenchymal stem cells) and other source cells.
Muscle cells
Muscle cells
Skeletal muscle cells are crucial for the development of novel therapy for damaged skeletal muscle tissue and sarcopenia in old ages by transplanting muscle cells into lesions of such patients. We acquired technologies to induce and differentiate muscle cells from various origins.
Immune cells
We have proprietary technologies to isolate and culture immune cells such as natural killer cells and T cells.
Immune cells
Immune cells
We have proprietary technologies to isolate and culture immune cells such as natural killer cells and T cells.
